When computers were first design, they were extremely large. They were using tubes instead of transistors. The same is true for the original circuit boards that were made for PCs. They were designed with components that you could manually manipulate. Today, especially when you’re holding something like your smart phone, the components are only configurable using machines and software. Without these advancements in technology, the incredible amount of power that you have with computers, laptops, and even your cell phone would not be possible. This all began with programmable logic technology.

Why It Is Important To Understand This History?

People that get into the building of computers, or working with this type of technology, are often not that concerned about where it all originated. Of course, if you take a class in computers, or in software programming, they are always going to tell you from where all of this originated. In some ways, it is very beneficial for understanding the basics. In the same way that you learn the alphabet by first identifying letters, and then by learning phonics, you can develop a sense of the English language. In the same way, when you learn about the history of where all of the electronic devices that we have today came from, you will better understand how they work, and predict what type of advanced changes will occur in the not-too-distant future.

The History Of Programmable Logic Technology

The history of this technology began many years ago, tracing its origins back to GE, Texas Instruments, and Motorola. Even the company National Semiconductor was part of the production of mask programmable PLA devices. Today, we have many other businesses that produce them. When Motorola first came out with the XC157, it was extremely small. It was a device that was thought to have some promise, but they would have never known where this would lead. Technology tends to motivate people to create things that are smaller, as well as faster, and that’s exactly what we have with integrated circuits today.

Are There Different Types Of Programmable Logic Components?

As you look at the different Direct Components Inc – Fpga that were made over the last few decades, you will see that they were attempting to create something better every time. It began with the standard programmable integrated circuits, ones that initially worked with IBM machines. Fixed or programmable array logic devices were also made. These were much larger and more diverse. They had specific software that would allow them to create these, leading up to the generic array logic devices that were used in the 1980s. It was not until the development of the complex programmable logic device that they were able to start producing very large results. CPLDs really change the landscape of how we create computers. In addition to this, field programmable gate arrays developed by Xilinx in the 1980s literally created the foundation upon which every major advancement in computer technology is based.

Why Are These So Important?

The reason that these were so useful is that they were easy to manufacture, program, and can be reconfigured if you want to using specific software. Instead of making one particular component that was designed to work one way, you can now reprogram these same components without any problems. Without the development of the FPGAs, it would have slowed down progress in the PC industry. Today, with all of the advancements that we have including fiber-optic Internet, and many other advancements in speed, these play an integral role in being able to process information at higher speeds and work with more powerful software programs.

One Of These Had Never Been Created?

If these had not been created decades ago, it is likely we would still be using very large and basic computers. It is unlikely that everyone would have a computer in their home, or we would have cell phones that could do so much. To imagine back then that we could hold a device in our hands that could serve as a GPS unit, television, radio, and also a form of communication were conference calls could be done, that would seem almost impossible. However, the advancements made with these programmable logic devices is what has made our modern society so much more advanced than before.

When technology moves forward at this kind of rapid pace, you are going to see the aftereffects of it when looking back. You can also predict where the potential for technology will be based upon the past performance of technological developments. The history of programmable logic technology is one that many people look to when they are trying to see how far we will go. There has been talk about the development of AI technology, and that type of advancement is only possible because of the very small microprocessors that we have today which all stem from PLA devices.